JCOP 4

JCOP 4 the most advanced java card OS for secure identity applications supports for contact, contactless, and dual communication interfaces.

JCOP 4 is NXP’s secure, field-proven Java Card OS for SmartMX3 microcontrollers — the trusted choice for electronic passports, national eID cards, contactless payment, and multi-application secure identity solutions. With over 1 billion devices deployed worldwide and Common Criteria EAL 6+ certification, JCOP 4 delivers best-in-class transaction performance and the highest security standards available.

What Is JCOP 4? NXP’s Java Card OS for SmartMX3 Secure Microcontrollers

JCOP 4 (Java Card Open Platform 4) is NXP Semiconductors’ flagship operating system for SmartMX3 secure microcontrollers. It is a vendor-independent, multi-application Java Card OS built for the most demanding secure identity chip-card applications — from electronic passports and national eID to contactless payment and public transport access control.

Running on Java Card v3.0.5 Classic Edition and GlobalPlatform v2.3, JCOP 4 supports contact, contactless, and dual-interface communication. It is trusted by governments and enterprises across the globe, with more than 1 billion JCOP-powered devices already deployed in the field.

JCOP 4 Key Features: Performance, Security, and Flexibility

Java Card and GlobalPlatform Compliance

JCOP 4 is fully compliant with Java Card v3.0.5 Classic Edition and GlobalPlatform v2.3, supporting:

• GP v2.2 ID Configuration
• GP v2.2 Mapping Guidelines Configuration v1.0.1
• GP v2.3 Common Implementation Configuration v2.0
• Secure Channel Protocols: SCP 01, 02, and 03
• Delegated Management and Secure Box

Contactless and Dual-Interface Support

JCOP 4 supports ISO 14443 contactless communication at speeds up to 848 kbps and ISO 7816-3 T=0/T=1 contact protocols, making it ideal for dual-interface smart card applications in eGovernment, transit, and payment environments.

Hardware-Based Cryptographic Coprocessors

JCOP 4 provides hardware-accelerated cryptography for maximum security and speed:

• DES / 3DES: 56-bit, 112-bit, and 168-bit
• AES: up to 256-bit
• RSA: up to 4096-bit
• ECC GF(p): up to 521-bit
• SHA: 128-bit, 224-bit, 256-bit, 384-bit, and 512-bit
• Optional: Korean SEED and Match-on-Card (MoC)

Non-Volatile Memory and FLASH Preloading

JCOP 4 offers up to 180 kB of available Non-Volatile Memory (NVM) for applications and personalization data. The OS itself is located in ROM to boost execution performance. Highly flexible Applet selection for FLASH preloading enables customer-specific product customization at scale.

MIFARE IC Integration

JCOP 4 supports optional MIFARE Classic / Plus EV1 implementations (up to 4 kB) and MIFARE DESFire EV2 implementations (up to 8 kB), enabling seamless convergence of contactless payment, transport, and access control on a single secure IC.

Physical Unclonable Function (PUF)

A built-in Physical Unclonable Function (PUF) provides hardware-rooted identity and key derivation, further strengthening the security posture of JCOP 4-based products against cloning and side-channel attacks.

JCOP 4 Security Certifications: EAL 6+, FIPS 140-2, and EMVCo

JCOP 4 holds the industry’s most rigorous security certifications, making it the OS of choice for government-issued identity documents and financial-grade secure elements:

Certification / Approval	Standard	Level / Status
Common Criteria (OS)	ISO/IEC 15408	EAL 6+ (AVA_VAN.5, ALC_FLR.1, ASE_TSS.2)
FIPS	FIPS 140-2	Level 3
EMVCo Platform Approval	EMVCo	Yes
VISA Approvals	VSDC 2.9, 2.8.1G1	Yes
MasterCard PIC (TAS & CAST)	M/Chip Advance v1.2	Yes
EMVCo CPA	EMV Common Payment Application	Yes

The Common Criteria EAL 6+ certification — one of the highest achievable security assurance levels — combined with FIPS 140-2 Level 3 and full EMVCo approval makes JCOP 4 suitable for the most security-sensitive use cases globally.

JCOP 4 Transaction Performance Benchmarks

Speed and reliability at the point of interaction are critical for government border control, contactless payment, and transit fare collection. JCOP 4 leads the industry:

Use Case	Transaction Time
e-Passport SAC (Supplemental Access Control)	< 2 seconds
MasterCard Contactless Payment	< 200 ms

These benchmark figures ensure smooth, frustration-free user experiences — from high-throughput airport e-gate lanes to retail payment terminals and automatic fare collection (AFC) gates in mass transit systems.

JCOP 4 Applications: From ePassports to Contactless Payment

JCOP 4’s unique convergence platform enables a single secure IC to serve multiple high-value use cases simultaneously:

eGovernment and Secure Identity

• Electronic Passport (ePassport) — ICAO BAC (CC EAL4+) and ICAO SAC / EAC (PACEv2) (CC EAL5+)
• National eID Cards — including European Citizen Card (ECC) and eIDAS compliance
• Electronic Driver’s License (eDL) — International Driving License support
• Electronic Health Insurance Cards and Social Benefits Cards
• ePKI, eServices, and Digital Signature Cards (SSCD, CC EAL5+)

Payment and Financial Applications

• EMV contactless and contact payment (VISA VSDC 2.9, MasterCard M/Chip Advance v1.2)
• Micro-payment and stored-value wallet applications
• EMVCo CPA (Common Payment Application) certified

Physical and Logical Access Control

• Public transport automatic fare collection (AFC)
• Enterprise logical and physical access control
• One Time Password (OTP) generation
• Fingerprint Match-on-Card (MoC) biometric verification

JCOP 4 Technical Specifications at a Glance

Specification	Details
Java Card Version	3.0.5 Classic Edition
GlobalPlatform Version	2.3
Secure Channel Protocol	SCP 01, 02 and 03
Contact Interface	ISO 7816-3 T=0, T=1
Contactless Interface	ISO 14443 up to 848 kbps
Available NVM / FLASH	Up to 180 kB (before MIFARE / Applet loading)
CMOS Technology	CMOS040
MIFARE Classic / Plus	EV1 – up to 4 kB (optional)
MIFARE DESFire	EV2 – up to 8 kB (optional)
Physical Unclonable Function	Yes
Delegated Management	Yes
Secure Box	Yes

Why Choose JCOP 4? Key Benefits for System Integrators and Card Issuers

1. Fastest Time-to-Market with Certified Applets: A full suite of pre-certified applets is available for FLASH loading, dramatically reducing integration effort and time-to-market while maintaining the highest security standards.

2. Convergence of Identity, Payment, and Transport: JCOP 4’s unique multi-application platform allows issuers to consolidate eID, payment, and transit credentials on a single card, reducing cost and complexity while improving the cardholder experience.

3. Optimized Personalization Throughput: High-performance OS initialization and personalization routines maximize bureau machine utilization, lowering per-unit production costs at high volumes.

4. Future-Proof NXP Secure IC Platform: As an open Java Card OS platform, JCOP 4 is designed for portability across current and future NXP SmartMX3 secure microcontrollers, protecting long-term investment in applet development.

5. Highest Achievable Security Certification: Common Criteria EAL 6+ certification (with AVA_VAN.5 vulnerability analysis) provides government and enterprise buyers with maximum assurance against sophisticated hardware and software attacks.

JCOP 4 Secure Identity Application Suite

NXP offers a comprehensive Secure Identity Application Suite running on JCOP 4, covering all major eGovernment and payment specifications:

• ICAO BAC — Basic Access Control for electronic passports (CC EAL4+)
• ICAO SAC / EAC (PACEv2) — Supplemental and Extended Access Control (CC EAL5+)
• SSCD — Secure Signature Creation Device for qualified electronic signatures (CC EAL5+)
• National eID and European Citizen Card (ECC)
• PKI and Digital Signature applications
• eIDAS-compliant identity services
• International Driving License (IDL)
• European Health Insurance Card (EHIC)
• Fingerprint Match-on-Card (MoC) biometric verification
• One Time Password (OTP) authentication
• VISA VSDC 2.9, VSDC 2.8.1G1 payment applets
• MasterCard M/Chip Advance v1.2 (including Data Storage and MMAR)
• EMVCo CPA (Common Payment Application)

Frequently Asked Questions About JCOP 4

What does JCOP stand for?

JCOP stands for Java Card Open Platform. It is NXP Semiconductors’ brand name for its Java Card operating systems for secure microcontrollers.

What is the difference between JCOP 4 and previous JCOP versions?

JCOP 4 is built specifically for NXP’s SmartMX3 secure microcontrollers and supports Java Card v3.0.5 and GlobalPlatform v2.3 — the latest standards at time of release. It adds Physical Unclonable Function (PUF) support, expanded cryptographic key lengths (RSA 4096-bit, ECC 521-bit), and achieves Common Criteria EAL 6+ — a higher assurance level than previous generations.

Which smart card applications is JCOP 4 certified for?

JCOP 4 holds certifications and approvals for electronic passports (ICAO BAC/SAC), national eID, digital signature (SSCD), EMV payment (VISA and MasterCard), and FIPS 140-2 Level 3 for US government applications.

How many JCOP devices are deployed globally?

More than 1 billion devices powered by JCOP have already been deployed in the field across ePassports, national ID programs, payment cards, and public transport schemes worldwide.

What contactless speeds does JCOP 4 support?

JCOP 4 supports ISO 14443 contactless communication at data rates up to 848 kbps, enabling sub-2-second e-Passport SAC transactions and sub-200ms contactless payment transactions.

Conclusion: JCOP 4 Is the Global Standard for Secure Identity Java Card OS

JCOP 4 delivers everything that governments, financial institutions, and transport operators require from a modern secure element OS: industry-leading transaction speed, the broadest certification portfolio, multi-application flexibility, and a proven deployment track record exceeding 1 billion devices.

Whether you are issuing next-generation electronic passports, national eID cards, dual-interface payment cards, or convergence cards combining identity, payment, and transit access, JCOP 4 on NXP SmartMX3 microcontrollers is the trusted, future-proof platform to build on.

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